Tribology in particulate technology
Author(s)
Bibliographic Information
Tribology in particulate technology
A. Higler, c1987
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Note
Includes bibliographies and index
Description and Table of Contents
Description
These proceedings represent a new approach to powder technology in which tribological principles are introduced and the common interest of tribologists and particle technologists is clearly stated for the first time.
Table of Contents
PART 1: Friction in Powder Flows: A contact mechanics approach to the prediction of the wall friction of powders (M J Adams, B J Briscoe and L Pope). The modelling of asperity contacts (R S Sayles and D M Bailey). Effects of consolidation and yield history on the measured angles of friction of particulate solids (U Tezen). The role of particle interactions in high strain rate dense-phase flow (P C Knight). The role of frictional forces in paste extrusion (J J Benbow and J Bridgwater). Interparticle friction in slurries (K Kendall). PART 2: Adhesive Forces in Powder Flow: Relevance of contact mechanics to powders - elasticity, friction and agglomerate strength (K Kendall). Impact-adhesion of particles (J Reed). Electrostatic effects in the adhesion of particles to solid surfaces (W Balachandran). Forces between particles in continuous and discrete liquid media (M J Adams and B Edmondson). Particle cohesion in gas/solid fluidisation (J P K Seville). The influence of particle adhesion on powder mixing (N Harnby). PART 3: Powder Compaction and Interface Shear: Adhesion of solids (D Tabor). The role of interface friction in the compaction of maize (B J Briscoe, M S D Fernando and A C Smith). Die wall frictional effects in the compaction of polymer granules (D P Isherwood). Uniaxial powder compaction (N G Stanley-Wood). Tribological consequences of compaction and interface shear of micronised powders (T Mathia and F Louis). Computer simulated experiments in particulate materials (C Thornton). Explosive compaction of non-metallic powder mixtures (T Z Blazynski). PART 4: Attrition and Wear: Abrasive wear (J K Lancaster). The wear of polymers by particle flows (B J Briscoe and P D Evans). Wear at hopper walls (C D Corder and R B Thorpe). Attrition of bulk particulate materials (J Bridgwater). Agglomeration (M J Adams, M A Mullier and J P K Seville). Wear and attrition in pneumatic conveying (D Mills). Surface impact damage (I M Hutchings). Liquid impact and cavitation erosion processes (J E Field). Impact attrition of NaCl particles (M Ghadiri and K R Yuregir). Appendices. Index.
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